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Figure 3 | Microbial Cell Factories

Figure 3

From: Se (IV) triggers faster Te (IV) reduction by soil isolates of heterotrophic aerobic bacteria: formation of extracellular SeTe nanospheres

Figure 3

Influence of selenite on tellurite reduction. Tellurite reduction (a), selenite reduction (b) and glucose degradation (c) when present concurrently. Reduction of Te (IV) in the absence of Se (IV) (d) and reduction of Se (IV) (e) during aerobic glucose degradation (f) in absence of Te (IV). Inset photo showing color change of medium (L to R) in first three flasks after tellurite + selenite-, tellurite- and selenite-reduction, respectively. Turbidity was observed in control (4th flask) containing no chalcogens after growth of inoculum with glucose whereas the medium remained colorless in sterile controls (5th and 6th flask) containing only tellurite as well as tellurite + selenite, respectively.

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